Covalent, ionic and resonating single bonds
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A personal story on a renaissance in valence bond theory: A theory coming of age!
2017, Computational and Theoretical ChemistryCitation Excerpt :The book was published in 1992. When it came out the three authors were proud and evoked a sigh of relief [75]. In the period after my return to BGU in 1985 and till 1991, I resumed my activity in all fronts; teaching general chemistry and applied quantum chemistry, and working on: organic conductors, and further development of the VB ideas and applications to new reactions, bonding, and the behavior of π-electrons.
The nature of bonding in metal-metal singly bonded coinage metal dimers: Cu<inf>2</inf>, Ag<inf>2</inf> and Au<inf>2</inf>
2017, Computational and Theoretical ChemistryCitation Excerpt :In VB theory, CS bonding is characterized by exceptionally large resonance energies associated with the mixing of the covalent and ionic components of the bond wave function. Thus, in CS bonds (CSBs), which may be homopolar as well as heteropolar, the resonance energy is the major component of the bonding energy, while covalent coupling and/or ionic attraction are of minor importance and in some notable cases are altogether repulsive, like in F2 for which the purely covalent interaction is repulsive at all distances [6]. In the AIM approach, CSB in homopolar cases is most easily recognized as displaying unique features that were initially considered as exceptions in former interpretations [14].
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Associated with the CNRS (UA 506).